集成循环流化床技术的固体热载体油页岩重整技术

IF 1.3 4区工程技术 Q4 ENERGY & FUELS

Oil Shale Pub Date : 2019-01-01 DOI:10.3176/OIL.2019.2S.02

D. Neshumayev, T. Pihu, A. Siirde, O. Järvik, A. Konist

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引用次数: 11

摘要

固体热载体(SHC)重整法，即伽洛特法，是20世纪40年代末为油页岩加工而开发的。从那时起，这种方法经历了几次改进。现在有不同的改进Galoter工艺在使用- Petroter, Enefit-140和TSK-500技术。这些技术之间的主要区别在于大小(吞吐量)、技术解决方案和布局。最近，一家基于新技术Enefit-280的页岩油厂投入使用。Enefit-280是Enefit-140的技术继承者，在Enefit-140中，固体热载体的加热是使用循环流化床(CFB)燃烧技术完成的，而不是传统的热载体燃烧技术。将Enefit-280中的循环流化床(CFB)技术集成到该过程中，以提高SHC加热过程的性能并减少排放。操作经验表明，改造后的SHC油页岩重整技术在页岩油生产中具有降低环境影响的关键作用。

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SOLID HEAT CARRIER OIL SHALE RETORTING TECHNOLOGY WITH INTEGRATED CFB TECHNOLOGY

The solid heat carrier (SHC) retorting method, so-called Galoter process, was developed for oil shale processing at the end of the 1940s. Since then the method has undergone several improvements. Nowadays there are different modifications of Galoter process in use – Petroter, Enefit-140 and TSK-500 technologies. The major differences between these technologies are in sizing (throughput), technical solutions and layouts. Recently a shale oil plant based on a new technology, Enefit-280, was commissioned. Enefit-280 is a technology successor of Enefit-140 where the heating of solid heat carrier is accomplished using the circulating fluidized bed (CFB) combustion technology as opposed to the conventional heat carrier combustion technology in Enefit-140. The CFB technology in Enefit-280 was integrated into the process to improve the performance of SHC heating process and reduce the emissions. Operational experience has demonstrated that the modified technology of SHC oil shale retorting has a potential to play a key role in shale oil production with reduced environmental impact.

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来源期刊

Oil Shale 工程技术-工程：石油

CiteScore

2.90

自引率

15.80%

发文量

审稿时长

4.2 months

期刊介绍： The Oil Shale is a scientific-technical open access journal published by the Estonian Academy Publishers in collaboration with the University of Tartu, Tallinn University of Technology, and the Estonian University of Life Sciences.